Congrats to Francesco Greco and his team, for the beautiful work! Another nice results within 5DNanoprinting_project consortium!

Just published! Here Tommaso Losi, as part of his PhD work, demonstrates that by using a Ultra Precision Deposition technique for the patterning of micron scale contacts, fully solution processed organic transistors operating up to 28 MHz can be achieved! onlinelibrary.wiley.com/doi/10.1002/ad…

Recruiting! We are looking for a postdoc for the realization of troponin biosensors based on printed organic transistors, in the framework of the ambitious EU project IV-lab "In-vessel implantable smart sensing device for personalised medicine" Apply here: iit.taleo.net/careersection/…

📣 Our newest work about Ultra-Thin Tattoos for Haptic Sensations as front cover of Advanced Electronic Materials, Special Issue on Recent Advances in Ultra‐thin Electronics, edited by Gaia Tomasello. onlinelibrary.wiley.com/toc/2199160x/2… Many thanks to Virgilio Mattoli IIT ScuolaSantAnna

Fabrizio Viola & Virgilio Mattoli gather outstanding researchers across the world and put together the most recent advances in ultra-thin electronics, like the integration between the human body and devices illustrated here👇(Arianna Mazzotta) #OpenAccess 👉ow.ly/pxWT50PLWBl

New cover of ACS Applied Nano Materials by our group! Tunable #wettability of Laser Induced #Graphene Find it here⬇️ pubs.acs.org/toc/aanmf6/6/18 ACS for Authors #MyACSCover #cover #graphene

Well deserved Francesco! By 5DNanoprinting_project teams

Great Talk of Andrea Ottomaniello at Teratalk conference on freestanding conformable THz metasurfaces! In collaboration with Alessandro Tredicucci at Unipisa. IITalk_projects 5DNanoprinting_project

Our work on Handling of 3D 2PP Microstructures has been featured on the front cover of AFM, Special Issue dedicated to new materials & technologies for 3D 2PP. Well done guys! 5DNanoprinting_project IITalk_projects onlinelibrary.wiley.com/toc/2199160x/2… onlinelibrary.wiley.com/doi/10.1002/ad…

Tiny microstructures ⛵ are printed and transferred onto complex surfaces using two-photon polymerization. Learn more about the latest advancements in this technique in the special issue guest-edited by Virgilio Mattoli, Eva Blasco and Larisa Florea 👉 ow.ly/GAZu50PPFBn

Check out this fantastic collection highlighting the latest developments in materials and methods using direct laser writing! Huge shoutout to our guest editors (Eva Blasco, Larisa Florea & Virgilio Mattoli) and all the authors who made this special issue possible 👇

We are #hiring a lab technician in my Plant-Hybrid Materials Lab at livMatS of Universität Freiburg! fiorelloresearchgroup.com For more information about application, please click here: uni-freiburg.de/universitaet/j… Deadline: 01.12.2023 Start-date: 01.04.2024

Interested in ultra-thin electronics? Join a panel of leaders in the field including Virgilio Mattoli to hear about some of their latest research. Register here: ow.ly/6UlN50PYKK7

We are hiring! We are looking for a motivated postdoc to join our fantastic team at PME - Printed and Molecular Electronics to work on a very exciting and ambitious bioelectronics related project! iit.taleo.net/careersection/…

✨✨ Toward the Use of Temporary Tattoo Electrodes for Impedancemetric Respiration Monitoring and Other Electrophysiological Recordings on Skin mdpi.com/1424-8220/21/4… Silvia Taccola, Francesco Greco, Virgilio Mattoli, et al IIT University of Leeds ScuolaSantAnna MED-EL TU Graz

.#newout: #tatuaggioelettronico progettato per suscitare una #sensazionetattile in grado generare una forza che spinge sulla pelle della persona che lo indossa, la quale percepisce quindi un tocco. Virgilio Mattoli Arianna Mazzotta Advanced Sci News opentalk.iit.it/un-tatuaggio-u…

Great talk by our group leader Virgilio Mattoli on our research line on ultra-thin conformable sensors and optical devices at #SPIE #PhotonicsWest 2024 at the Advanced Fabrication Technologies conference for micro-nano #Optics and #Photonics XVII. 5DNanoprinting_project

New paper! Thanks to micron-thin substrates, rolled-up organic thermoelectric generators with printed legs reach high thermocouple density. Great effort by Nathan Pataki in collab. with Najmeh Zahabi and Igor Zozoulenko HORATES Innovative Training Network IIT Marie Skłodowska-Curie Actions onlinelibrary.wiley.com/doi/10.1002/ad…

A #microscale #laserprint combined with a new #manipulation #method: this is the latest result coordinated by Virgilio Mattoli IIT European Innovation Council bit.ly/3V5u3rD

What a thrill to be announced by #AI at the #TechForum2024 session #EmergingMaterials Peter Seeberger Virgilio Mattoli Citrine Informatics IIT TU Dresden Università degli Studi di Brescia The European House - Ambrosetti Giovanni Cuniberti